Twitter.java

import java.util; 
import java.net.URL;
import org.json;
import javax.HTTPConnection; 
import java.util.*;
import java.security.auth.callback;
import java.HTTPCLient.*;
import com.dbaccess.BasicDataSource;
import org.json;
import javax.json; 
import java.lang.Object;
import java.io.BufferedeReader;
import java.io.InputStreamReader;
import java.io.*;
import com.nexmo.messaging.sdk.*; 
import org.apache.directory.server.OPERATION_LOG;
import org.apache.http.*;
import java.sql.*;
import java.security.*; 
import javax.crytpo.*; 
import javax.crytpo.spec.*; 
import org.postgresql.Connection; 



public class Twitter {
  public static void main(String[] args){
	//initial HTTPRequests CilentManager Connect to ResourceOWNER Auth Request
	//MUST handle connect to AUth Server and ResourceSERVER 
	PoolingHttpClientConnectionManager twitterClient= new HTTPConnectionRequest [this.requestConnection("https://www.api.twitter.com/oauth2/token").getHeader("Twitter").setRequestProperty("POST")];
	URLEncoder twitterEncode = twitterClient.getAllHeader();
	for ( Array<? extends v>twitterEndcode.getHeader(["Authorization"] {
		utf = twitterEncode.getPercentEncode().encode(Hex="0X30-0X7A");
} 
	HttpContext twitterInfo = twitterClient.log.getId("twitter-handle"); 
	//Consider Rate Limits for the API 
	twitterClient.getMaxLimit(proxy, GET_MAX_MEMALLOC{port 8080, 256, per_port_basis,  })
	JavaLoginConfig twitterLogin = new KeyPairGenerator twitterInfo.getAlgorithmName("ARCFOUR");
	//begin reconvert to AES 
	KeyGenerator twitterRSA = twitterLogin.forAllHeaders().getEncoder("Base64" byte [] linegenerator).initialize("ARCFOUR")
	KeyPair twitterKeys = twitterRSA.getPublic("PUBLIC_KEY")
	twitterKeys = do CipherInputStream.("PUBLIC_KEY") 
			|for FileInputStream .krb5_mem_alloc("twitterKeys.txt")
			|cos = CipherOutputStream(rc4, 0, File.length("twitterKeys.txt"))
			|while (i=0, i < cos.length, i++)
			| BitSet bits =  cos.valueOf(longs[n/64] LongBuffer 'n' ).nextClearBit(long 'n').nextSetBit("n + (n/64)")
			|   	ByteArray keysOutput = Array<>Bits
			|	bits.toByteArray("keysOutput")  
			| PrivateKeyStrategy saveTwitterKeys = keyOutputs.savetoFile("twitterAuth.txt").finalize("public.key")	
			| @FileReader saveTwitterKeys.flush(); 
		return FileReader.close("saveTwitterKeys.txt")

	SSLConnectionSocketFactory twitterSSL =  twitterClient.(SSLContext twitterSSLContext)
	//success/fail Grant
	if (twitterClient > 300) {
		alert("Error Received " + twitterClient.getCause())
		throws InvalidCredentialsException ClientProtocolExpception ProtocolException MalformedChallengeException
	else
		Credentials verify = twitterClient.isGrant(true).getprocessChallenge(Header "Twitter")
		if (verify == true) {
		  alert("Sign-up Works" + verify.getUserToken("id_str"))

}
}
	//open Socket
	SSLConnectionSocketFactory twitterSocket = twitterClient.createSocket(twitterContext int 8080 )
	Socket twitterHandshake = twitterSocket.startHandshake(Port 8080, Socket BUS_ADDR.getDefault(), )
		if ( twitterHandshake  == false) {
			throws IllegalArguementException 
		else 
		 Socket twitterSocket = twitterHandshake.connectSocket(connectTimeout 200, twitterContext, InetAddress 90.106.254.140)	
}  		//sends requestfor RefreshToken
	  	ScheduledThreadPoolExecutor<V> twitterThread = .isDaemon(new twitterDaemon connectTimeout 200, )
		Runnable twitterRun =  twitterSocket.setDaemon.execute("twitterSocket")
		//success/Fail 
		if (twitterRun = twitterSocket.conn.isGrant(true)) {
	 twitterClient.start().scheduleWithFixedDelay(int 300)getUserToken.getHeader("Twitter")
			else throws IllegalArguementException
}
}
		
 public static twitterVerify
	//AuthServer
	@threadsafe AuthScheme twitteAuth = create(HTTPContext twitterAuth)
	Kerberos twitterK = twitterAuth.krb5_build_principal_alloc_va(krb5_context oauth_nonce<>v*princ "saveTwitterKeys.txt" )	
	//oAuth user
	@threadsafe twitterK.krb5_cc_cache().krb5_get_validated_creds(in: [])
		for (twitterAuth = true){
			Kerberos ath = .flush.decode([out]: creds)
}
	//connect Success
	 @threadsafe twitterK.krb5_cc_close(*creds ath).krb5_verify_authdata_kdc_issued(issuer krb5_authdata *twitterAuth).getReason(true)
	//TokenFail 
	@threadsafe twitterK.krb5_is_config_principal(*princ "twitterKeys.txt")
	
 public static twitterListen {
	//daemon to RefreshToken
	 @threadsafe twitterK.isDaemon(connetionTimeOut int 300, delayRestart int "3e30").krb5_kt_close.krb5_kt_resolve(*princ : false[krb5_init_cc_cache, krb_key_tab])
	//create Daemon listener to push new info
	@link Listener twitterListen = RequestConfig twitterClient.get_connection_request_timeout(int 400).isDaemon( getDelayedTime int "3e30")
		if ()
	//Connects to ResourceServer	
	@link HTTPRoute twitterStream =  twitterClient.conn.setURL("").setRequestProperty(POST)
		if (twitterClient > 300) {
		alert("Error Received " + twitterClient.getCause())
		throws InvalidCredentialsException ClientProtocolExpception ProtocolException MalformedChallengeException
		else
		Credentials verify = twitterClient.isGrant(true)	
		if (verify == true) {
		  alert("Sign-up Works" + verify.krb5_get_init_ops_set_tckt_life(Header "saveTwiterKeys.txt"<>v *(oauth_nonce))
 
}

 private static twitterStream {
	//HTTP Conect 
	@link HTTPRoute twitterStream =  twitterClient.conn.setURL("https://api.twitter.com/1.1/statuses/mentions_timeline.json").setRequestProperty("GET")
	   @link twitterStream.conn.setURL("https://api.twitter.com/1.1/friends/ids.json").setRequestProperty("GET");
	Array<>twitter = twitterStream.getJsonValue("max_id", "stringify_id", )
		if (twitterClient > 300) {
		alert("Error Received " + twitterClient.getCause())
		throws InvalidCredentialsException ClientProtocolExpception 
	BufferReader Twitter = new JSONFIle twitter.json
	Context twitter = new JsonReader parse 
	new JSON twitterInfo = twitter.push("twitterStream")
	return Jsonreader.close()
	FileReader getFile("../xanon/src/db") = JavaFileManager  twitterInfo.flush("twitter.json")    	
}
 public static twitterDB {
 	//BD
	   PooledConnection addTwitter = verifyJson.getPooledConnection(dgomez10 int 1451092); 
	   Context nexmoSMS = addTwitter.isWrapperFor(verifyJson, twitterDB.close());
	//APache Logs


}















}